def buildObjectsFromJSON(filename):
""" Reads a JSON file and re-constructs the object list... returns it as an array
"""
config = readConfigFile()
debug = classes.debugObject(config.DEBUG)
JSONfile = open(filename, "r")
wholeFileString = JSONfile.read()
allObjectsJSON = json.loads(wholeFileString)
objects = []
for i in allObjectsJSON:
ob = json.loads(i)
# Create a new instance of ObservedObject for this object
newObject = classes.ObservedObject(ob['id'])
newObject.currentPosition = (ob['x'], ob['y'])
debug.write("ID: %d (%d, %d)"%(ob['id'], int(ob['x']), int(ob['y'])))
dataArray = ob['data']
for data in dataArray:
newObject.addExposure(data[2],data[3], data[1], 0, data[0], 0)
debug.write(data)
objects.append(newObject)
return objects
if arg.createconfig:
ultracamutils.createConfigFile()
sys.exit()
config = ultracamutils.readConfigFile(arg.configfile)
innerSkyRadius = float(config.INNER_SKY)
outerSkyRadius = float(config.OUTER_SKY)
apertureRadius = float(config.APERTURE_RADIUS)
polynomialDegree = int(config.POLY_DEGREE)
numReferenceApertures = int(config.REF_APERTURES)
if arg.apertures!=None: numReferenceApertures = arg.apertures
applyShift = True
if (arg.noshift):
applyShift = False
debug = classes.debugObject(config.DEBUG)
debug.toggleTimeLog()
if (arg.debuglevel!=None): debug.setLevel(arg.debuglevel);
debug.write(arg, level = 2)
debug.write("Astropy version %s"%(astropy.__version__), level = 3)
sourcesFilename = ultracamutils.addPaths(config.WORKINGDIR, arg.runname) + "_sources.csv"
debug.write("Loading source list from: " + sourcesFilename, 2)
sourceList = ultraspecClasses.sourceList()
success = sourceList.loadFromCSV(sourcesFilename)
if (not success):
debug.error("Unable to open the list of sources. Have you run uspecCreateSourceMap yet?")
sys.exit()
else:
debug.write("Loaded %d sources from the CSV file."%sourceList.getNumSources(), 2)
referenceApertures = ultraspecClasses.referenceApertures()
if (__name__ == "__main__"):
parser = argparse.ArgumentParser(description='Reads the files produced by earlier steps in the pipeline.')
parser.add_argument('runname', type=str, help='Ultracam run name [eg 2013-07-21/run010]')
parser.add_argument('-c', '--configfile', default='ucambuilder.conf', help='The config file, usually ucambuilder.conf')
parser.add_argument('--xyls', action='store_true', help='Create an XY-list for each channel. Used by Astrometry.net')
parser.add_argument('-d', '--debuglevel', default = 1, type=int, help='Debug level: 3 - verbose, 2 - normal, 1 - warnings only')
parser.add_argument('-s', '--saveasdiff', action='store_true', help='Compute differential photometry and save all photometry as fraction of comparison stars.')
parser.add_argument('-v', '--version', default='primary', help="Optional version string.")
arg = parser.parse_args()
config = ultracamutils.readConfigFile(arg.configfile)
debug = classes.debugObject(config.DEBUG)
debug.toggleTimeLog()
if (arg.debuglevel!=None): debug.setLevel(arg.debuglevel);
debug.write(config)
runName = arg.runname
debug = classes.debugObject(arg.debuglevel)
debug.write("Getting run info from the file:" + config.RUNINFO, level = 2)
runDate, runID = ultracamutils.separateRunNameAndDate(arg.runname)
runInfo = classes.runObject(runDate, runID)
runInfo.version = arg.version
runInfo.loadSelf(config)
# runInfo = ultracamutils.getRunInfo(config.RUNINFO, arg.runname)
debug.write("Frame:" + str(frameCounter) + " MJD:" + str(frameMJD), level=1)
frameWindows = []
for i in frameR._data:
frameWindows.append(i.data)
for i in frameG._data:
frameWindows.append(i.data)
for i in frameB._data:
frameWindows.append(i.data)
return frameWindows
config = utils.readConfigFile()
debug = classes.debugObject(1)
debug.toggleTimeLog()
if len(sys.argv) < 2:
print "Please give me a run name."
sys.exit()
runName = sys.argv[1]
runFilename = utils.addPaths(config.ULTRACAMRAW, runName)
startFrame = 1
requestedNumFrames = -1
CCDside = 0
keepTmpFiles = False
frameInfo = classes.FrameObject()
tmpMoviePath = config.MOVIE_TMP_PATH